EPRO PR6424/010-010 CON021 Eddy Current Displacement Sensor

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Sensitivity / Linearity

4 V/mm (101.6 mV/mil), ≤ ±1.5%

Air Gap (Center)

Approx. 2.7 mm (0.11") nominal

Long Term Drift

< 0.3%

Static Range

±2.0 mm (0.079")

Dynamic Range

0 to 1,000 μm (0 to 0.039")

Target Material

Ferromagnetic steel (42 Cr Mo4 standard)

Maximum Surface Speed

2,500 m/s (98,425 ips)

Shaft Diameter

≥ 80 mm

Operating Temperature Range

-35 to 150°C (-31 to 302°F)

Temperature Error

< 4% / 100 K (API 670 compliant)

Pressure Resistance (Sensor Head)

10,000 hPa (145 psi)

Shock & Vibration

5g @ 60 Hz @ 25°C (77°F)

Material

Sleeve: stainless steel; Cable: PTFE

Weight

~200 g (sensor + 1 m cable, no armor)

PR6424/xxx-xxx

A. Case thread: M18x1.5 or 3/4-16UNF
B. Case length
C. Wrench flats: SW 16 mm
D. SW 27 mm
E. Standard cable diameter: 2.8 mm (0.11 in), minimum bending radius 25 mm (0.984 in)
F. Armored cable diameter: 6 mm (0.236 in), minimum bending radius 35 mm (1.378 in)
G. Optional adapter plug after 1 m cable from sensor
H. Cable length (tolerance: 0…+10%)
I. Lemo connector (male), 11.0 mm (0.433 in) diameter or open cable end

1. How does the PR6424/010-010 CON021 achieve high-resolution displacement measurement in high-vibration industrial environments?
The PR6424/010-010 CON021 utilizes eddy current sensing technology to deliver precise, non-contact displacement measurements, ensuring stable signal integrity even under elevated vibration and harsh turbomachinery operating conditions.

2. What calibration principles govern the linear response behavior of the PR6424/010-010 CON021 in proximity sensing applications?
The PR6424/010-010 CON021 is engineered with a highly linear transfer characteristic, optimized through factory calibration to maintain consistent sensitivity across its nominal measuring range, minimizing drift and hysteresis effects.

3. In which thermodynamic and mechanical operating conditions can the PR6424/010-010 CON021 maintain measurement stability without signal degradation?
The PR6424/010-010 CON021 is designed to withstand wide temperature fluctuations and mechanical stress, maintaining signal stability in high-speed rotating machinery, including turbines, compressors, and generators.

4. How does the electromagnetic field design of the PR6424/010-010 CON021 enhance immunity against conductive interference and signal distortion?
The PR6424/010-010 CON021 incorporates optimized coil geometry and shielding architecture, significantly reducing susceptibility to external electromagnetic disturbances and ensuring reliable proximity detection in electrically noisy environments.

5. What integration advantages does the PR6424/010-010 CON021 offer when deployed with CON021 signal conditioning modules in predictive maintenance systems?
When paired with CON021 signal conditioning electronics, the PR6424/010-010 CON021 enables seamless integration into condition monitoring systems, supporting high-precision vibration analysis and early fault detection in critical industrial assets.

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